General Chemistry 1

• 1. Matter

• 1.1: Classification of Matter

  Types of Matter States of Matter Elements, Compounds, Pure Substances, Mixtures
  1.2: Properties of Matter

  Physical and Chemical Properties Extensive Vs Intensive Properties
  1.3: Dimensional Analysis & Significant Figures

  Unit Conversions Significant Figures Notes and Formulas Significant Figures
  1.4: Additional Resources

  Classification of Matter Elements, Compounds, Pure substances, Mixtures Extensive Vs Intensive Properties Dimensional Analysis Significant Figures

• 2. Atomic Structure

• 2.1: Atomic Structure

  Atomic Number and Mass Number Atomic Mass/Atomic Weight Isotopes
  2.2: Molecules and Ions

  Molecular and Ionic Compounds Naming Covalent Molecular compounds Naming Ionic compounds
  2.3: Additional Resources

  Atomic Number, Mass Number, and Atomic Mass Unit Isotopes Molecules and Molecular Compounds Molecular and Ionic Compound Formulas Naming Acids Polyatomic Ions

• 3. Chemical Reactions

• 3.1: Chemical Reactions

  Types of Reactions Balancing Equations Formula and Molecular Weights Percent Composition from Chemical Formulas
  3.2: Stoichiometry

  The Mole, Molar Mass, & Avogadro’s Number Laws of Stoichiometry Mole Concept
  3.3: Chemical Formulas

  Empirical Vs Molecular Formulas Combustion Analysis
  3.4: Limiting Reactants

  Theoretical and Percent Yield
  3.5: Additional Resources

  Chemical Equations & Balancing Determination of Empirical Formulas Theoretical & Percent Yield

• 4. Solutions and Reactions

• 4.1: Properties of Aqueous Solution

  Electrolytic Properties Weak and Strong Electrolytes
  4.2: Precipitation Reactions

  How Precipitation Reaction work? Precipitation Reactions & Net Ionic Equations
  4.3: Acid Bases and Neutralization

  Acid and Bases Strong Acid and Bases Acid Base Neutralization
  4.4: Oxidation and Reduction

  Oxidation & Reduction Reactions Determining Oxidizing & Reducing Agents Oxidation Numbers
  4.5: Concentration of Solution

  Calculating Molarity Electrolyte Concentrations Dilution Calculating Dilutions Acid Base Titration Calculation
  4.6: Additional Text Based Resources

  Electrolytes Strong vs Weak Electrolytes Precipitation Reactions Acid and Bases Oxidation States & Redox Reactions Molarity Acid Base Titration

• 5. Thermodynamics and Energy

• 5.1: Nature of Energy

  Kinetic and Potential Energy Systems and Surroundings
  5.2: First Law of Thermodynamics

  Internal Energy, Heat, and Work
  5.3: Enthalpy

  Enthalpy and Energy Hess's Law
  5.4: Calorimetry

  Understanding Calorimetry Calorimetry Calculations
  5.5: Additional Text Based Resources

  Kinetic & Potential Energy System & Surroundings Enthalpy Hess's Law Calorimetry

• 6. Quantum Mechanics

• 6.1: Quantum Mechanics

  Orbitals & Quantum Numbers Aufbau Principle, Hund's Rule, & Pauli's Exclusion Principle Electronic Configuration
  6.2: Additional Text Based Resources

  Atomic Orbitals & Quantum Numbers Aufbau Principle Hund's Rule Pauli's Exclusion Principle Electronic Configuration